CN205373793U - Device during separator oil meter - Google Patents
Device during separator oil meter Download PDFInfo
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- CN205373793U CN205373793U CN201521141021.1U CN201521141021U CN205373793U CN 205373793 U CN205373793 U CN 205373793U CN 201521141021 U CN201521141021 U CN 201521141021U CN 205373793 U CN205373793 U CN 205373793U
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Abstract
The utility model discloses a device during separator oil meter belongs to the oil well and produces liquid measure measurement automatic control engineering field. Include: an inductive switch, the 2nd inductive switch and time -recorder, an inductive switch set up in the high department in the first scale place of level gauge, and the 2nd inductive switch sets up in the high department in the second scale place of level gauge, and the time -recorder is connected with an inductive switch and the 2nd inductive switch electricity respectively, in -process liquid level producing liquid entering separator is ascending, and when rising to the position of first scale indication on the liquid level, an inductive switch and magnetic level gauge production sensing signal triggers the time -recorder and begins the timing, and when rising to the position of second scale indication on the liquid level, the 2nd sensing signal of the 2nd inductive switch and magnetic level gauge production triggers the time -recorder to be finished to reckon by time. The utility model provides a lower problem of the degree of accuracy of manual time -keeping, reached the effect of the degree of accuracy that improves the timing. The utility model is used for during the separator oil meter.
Description
Technical field
This utility model relates to oilwell produced fluid amount metering automatic control technology field, particularly to a kind of separator oil meter timer.
Background technology
Individual well Liquid output is profit Changing Pattern in reflection oil reservoir, the measure of inspection production management, analyzes the important evidence dynamically changed.Wherein, the daily fluid production rate of individual well is the important content that oil field calculates individual well Liquid output.Wherein it is possible to preset time of consuming of liquid measure (such as preset vol) and the daily fluid production rate of parameter calculating individual well demarcated in advance according to individual well output.
In correlation technique, individual well output presets the time that liquid measure consumes mainly to take the mode of hand fit's separator to determine.Specifically, the outer wall of separator is provided with four and is in charge of the liquidometer being connected with separator, liquidometer is provided with the scale that the short transverse along liquidometer is distributed, the upper surface of separator is provided with inlet, and wherein, four are in charge of the sidewall running through separator, and in liquidometer, it is provided with ball float and tumbler, ball float is arranged in the inner chamber of separator, and tumbler can roll in liquidometer, carries out liquid level instruction by the rotation of tumbler.This separator is operationally, the production fluid of individual well enters the inner chamber of separator from the inlet of separator, under the effect of the production fluid in the inner chamber of separator, on the floating liquid level in the separator of ball float of liquidometer, liquidometer carries out liquid level instruction according to the scale on liquidometer.Wherein, staff can pass through to observe the scale of liquidometer instruction, timing is started when liquidometer indicates the first scale, moment now can be the first moment, terminated timing when liquidometer indicates the second scale, and the moment now can be the second moment, then default liquid measure is determined according to the second scale and the first scale, determine that individual well output presets the time that liquid measure consumes according to the second moment and the first moment, that is to say, correlation technique adopts artificial mode be easily separated tolerance oil timing.
In realizing process of the present utility model, inventor have found that prior art at least there is problems in that in correlation technique and adopt artificial mode to be easily separated tolerance oil timing, owing to there is human error, therefore, the accuracy of timing is relatively low.
Utility model content
The problem relatively low in order to solve hand-timed accuracy, this utility model provides a kind of separator oil meter timer.Described technical scheme is as follows:
nullThis utility model provides a kind of separator oil meter timer，For separator，The outer wall of described separator is provided with four and is in charge of the magnetic flap level gauge being connected with described separator，Described magnetic flap level gauge is provided with the scale that the short transverse along described magnetic flap level gauge is distributed，The short transverse of described magnetic flap level gauge is identical with the short transverse of described separator，The upper surface of described separator is provided with inlet，Described four are in charge of in the sidewall running through described separator and described magnetic flap level gauge and are provided with ball float and tumbler，Described ball float is arranged in the inner chamber of described separator，Described tumbler can roll in described magnetic flap level gauge，Liquid level instruction is carried out by the rotation of described tumbler，It is characterized in that，Described separator oil meter timer includes: the first inductive switch、Second inductive switch and timer，
Described first inductive switch is arranged on the first scale place At The Height of described liquidometer, described second inductive switch is arranged on the second scale place At The Height of described liquidometer, and described second scale place height is higher than described first scale place height, described timer electrically connects with described first inductive switch and described second inductive switch respectively；
nullIn the process of described separator work，Production fluid enters the inner chamber of described separator from described inlet，The ball float of described magnetic flap level gauge swims on the liquid level in the inner chamber of described separator，Enter at production fluid in the process of inner chamber of described separator，Liquid level in the inner chamber of described separator rises，When liquid level in the cavity of described separator rises to the position of described first graduation indication，Described magnetic flap level gauge indicates described first scale，Described first inductive switch and described magnetic flap level gauge produce the first induced signal，Described first induced signal triggers described timer and starts timing，When liquid level in the inner chamber of described separator rises to the position of described second graduation indication，Described magnetic flap level gauge indicates described second scale，Described second inductive switch and described magnetic flap level gauge produce the second induced signal，Described second induced signal triggers described timer and terminates timing.
Further, described separator oil meter timer also includes: the 3rd inductive switch and warning device,
Described 3rd inductive switch is arranged on and the position of described second inductive switch sustained height, and described warning device electrically connects with described 3rd inductive switch；
When liquid level in the cavity of described separator rises to the position of described second graduation indication, described 3rd inductive switch and described magnetic flap level gauge produce the 3rd induced signal, and described 3rd induced signal triggers described warning device and reports to the police.
Further, described separator oil meter timer also includes: delay switch,
Described 3rd inductive switch, described delay switch and described warning device are sequentially connected electrically；
Described delay switch is for controlling the warning duration of described warning device.
Further, described separator oil meter timer also includes: Switching Power Supply,
Described 3rd inductive switch, described delay switch, described Switching Power Supply and described warning device are sequentially connected electrically；
Described Switching Power Supply obtains the first voltage for the supply voltage of described delay switch is carried out conversion, adopting described first voltage to power to described warning device, described delay switch for controlling the warning duration of described warning device by controlling the described Switching Power Supply power supply duration to described warning device.
Further, described separator oil meter timer also includes: circuit changing switch,
Described circuit changing switch electrically connects with described first inductive switch and described second inductive switch respectively, for startup and stopping by controlling described first inductive switch and the described second inductive switch described separator oil meter timer of control.
Further, described first inductive switch and described second inductive switch are in parallel.
The technical scheme that this utility model provides has the benefit that
The separator oil meter timer that this utility model provides includes: the first inductive switch, the second inductive switch and timer, first inductive switch is arranged on the first scale place At The Height of liquidometer, second inductive switch is arranged on the second scale place At The Height of liquidometer, and second scale place height higher than the first scale place height, timer electrically connects with the first inductive switch and the second inductive switch respectively；In the process of separator work, production fluid enters in the inner chamber of separator, the ball float of magnetic flap level gauge swims on the liquid level of separator, enter in the process of inner chamber of separator at production fluid, liquid level in separator rises, when the liquid level in separator rises to the position of the first graduation indication, first inductive switch and magnetic flap level gauge produce the first induced signal, first induced signal triggered timer starts timing, when the liquid level in the inner chamber of separator rises to the position of the second graduation indication, second inductive switch and magnetic flap level gauge produce the second induced signal, second induced signal triggered timer terminates timing.Separator gauging is carried out timing by adopting the first inductive switch, the second inductive switch and timer to coordinate by this utility model, solves the problem that hand-timed accuracy is relatively low, has reached the effect of the accuracy improving timing.
It should be appreciated that above general description and details hereinafter describe and be merely illustrative of, this utility model can not be limited.
Accompanying drawing explanation
In order to be illustrated more clearly that the technical scheme in this utility model embodiment, below the accompanying drawing used required during embodiment is described is briefly described, apparently, accompanying drawing in the following describes is only embodiments more of the present utility model, for those of ordinary skill in the art, under the premise not paying creative work, it is also possible to obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the structural representation of a kind of separator oil meter timer that this utility model embodiment provides；
Fig. 2 is the structural representation of the another kind of separator oil meter timer that this utility model embodiment provides.
Accompanying drawing herein is merged in description and constitutes the part of this specification, it is shown that meets embodiment of the present utility model, and is used for explaining principle of the present utility model together with description.
Detailed description of the invention
In order to make the purpose of this utility model, technical scheme and advantage clearly, below in conjunction with accompanying drawing, this utility model is described in further detail, it is clear that described embodiment is only this utility model some embodiments, rather than whole embodiments.Based on the embodiment in this utility model, all other embodiments that those of ordinary skill in the art obtain under not making creative work premise, broadly fall into the scope of this utility model protection.
nullRefer to Fig. 1，It illustrates the structural representation of a kind of separator oil meter timer 00 that this utility model embodiment provides，This separator oil meter timer 00 may be used for separator (being not drawn in Fig. 1)，Wherein，The outer wall of separator is provided with four and is in charge of the magnetic flap level gauge (being not drawn in Fig. 1) being connected with separator，Magnetic flap level gauge is provided with the scale that the short transverse along magnetic flap level gauge is distributed，The upper surface of separator is provided with inlet，Four are in charge of in the sidewall running through separator and magnetic flap level gauge and are provided with ball float and tumbler，Ball float is arranged in the inner chamber of separator，Tumbler can roll in magnetic flap level gauge，Liquid level instruction is carried out by the rotation of tumbler，Illustratively，The scale value of the scale on magnetic flap level gauge is incremented by the bottom away from magnetic flap level gauge successively according to from the bottom near magnetic flap level gauge，Wherein，The concrete structure of separator is referred to correlation technique，This utility model embodiment does not repeat them here.
Referring to Fig. 1, this separator oil meter timer 00 may include that the first inductive switch the 001, second inductive switch 002 and timer 003.Wherein, first inductive switch 001 is arranged on the first scale place At The Height of liquidometer, second inductive switch 002 is arranged on the second scale place At The Height of liquidometer, and second scale place height higher than the first scale place height, timer 003 electrically connects with the first inductive switch 001 and the second inductive switch 002 respectively.
In the process of separator work, production fluid enters the inner chamber of separator from inlet, the ball float of magnetic flap level gauge swims on the liquid level in the inner chamber of separator, enter in the process of inner chamber of separator at production fluid, liquid level in the inner chamber of separator rises, when the liquid level in the cavity of separator rises to the position of the first graduation indication, magnetic flap level gauge indicates the first scale, first inductive switch 001 produces the first induced signal with magnetic flap level gauge, first induced signal triggered timer 003 starts timing, when the liquid level in the inner chamber of separator rises to the position of the second graduation indication, magnetic flap level gauge indicates the second scale, second inductive switch 002 produces the second induced signal with magnetic flap level gauge, second induced signal triggered timer 003 terminates timing.
Illustratively, as it is shown in figure 1, in this utility model embodiment, the first inductive switch 001 and the second inductive switch 002 are in parallel.
Further, this separator oil meter timer 00 can also include: circuit changing switch 004, circuit changing switch 004 electrically connects with the first inductive switch 001 and the second inductive switch 002 respectively, and circuit changing switch 004 is for by controlling the first inductive switch 001 and the second inductive switch 002 controls startup and the stopping of separator oil meter timer 00.
In sum, the separator oil meter timer that this utility model embodiment provides includes: the first inductive switch, the second inductive switch and timer, first inductive switch is arranged on the first scale place At The Height of liquidometer, second inductive switch is arranged on the second scale place At The Height of liquidometer, and second scale place height higher than the first scale place height, timer electrically connects with the first inductive switch and the second inductive switch respectively.Separator gauging is carried out timing by adopting the first inductive switch, the second inductive switch and timer to coordinate by this utility model embodiment, solves the problem that hand-timed accuracy is relatively low, has reached the effect of the accuracy improving timing.
Refer to Fig. 2, it illustrates the structural representation of the another kind of separator oil meter timer 00 that this utility model embodiment provides, this separator oil meter timer adds separator gauging alarm module on the basis of the separator oil meter timer shown in Fig. 1, so that the separator oil meter timer 00 that this utility model embodiment provides is while realizing separator gauging clocking capability, additionally it is possible to realize separator gauging timing and alarming functions.
nullIllustratively，Identical with the separator oil meter timer 00 that embodiment illustrated in fig. 1 provides，Separator oil meter timer 00 shown in this Fig. 2 can be used for separator (being not drawn in Fig. 2)，The outer wall of separator is provided with four and is in charge of the magnetic flap level gauge (being not drawn in Fig. 2) being connected with separator，Magnetic flap level gauge is provided with the scale that the short transverse along magnetic flap level gauge is distributed，The upper surface of separator is provided with inlet，Four are in charge of in the sidewall running through separator and magnetic flap level gauge and are provided with ball float and tumbler，Ball float is arranged in the inner chamber of separator，Tumbler can roll in magnetic flap level gauge，Liquid level instruction is carried out by the rotation of tumbler，Illustratively，The scale value of the scale on magnetic flap level gauge is incremented by the bottom away from magnetic flap level gauge successively according to from the bottom near magnetic flap level gauge，Wherein，The concrete structure of separator is referred to correlation technique，This utility model embodiment does not repeat them here.
Referring to Fig. 2, this separator oil meter timer 00 includes: the first inductive switch the 001, second inductive switch 002 and timer 003, wherein, this first inductive switch 001 and the second inductive switch 002 can be identical two inductive switches, illustratively, the first inductive switch 001 and the second inductive switch 002 are all model is the embedded dry-reed tube switch of GPS-01；Timer 003 can be manual time-keeping device, and illustratively, the easy T01 timer of pleasure of timer 003, this is not limited by this utility model embodiment.
First inductive switch 001 is arranged on the first scale place At The Height of liquidometer, second inductive switch 002 is arranged on the second scale place At The Height of liquidometer, and second scale place height higher than the first scale place height, timer 003 electrically connects with the first inductive switch 001 and the second inductive switch 002 respectively, wherein, first scale place height can be timing original position, second scale place height can be timing end position, wherein, first scale can be any one scale between scale 0 to 30, second scale can be any one scale between scale 50 to 70, alternatively, as shown in Figure 2, first inductive switch 001 and the second inductive switch 002 are in parallel.
In the process of separator work, production fluid enters the inner chamber of separator from inlet, the ball float of magnetic flap level gauge swims on the liquid level in the inner chamber of separator, enter in the process of inner chamber of separator at production fluid, liquid level in the inner chamber of separator rises, when the liquid level in the cavity of separator rises to the position of the first graduation indication, magnetic flap level gauge indicates the first scale, inductive switch 001 and magnetic flap level gauge produce the first induced signal, first induced signal triggered timer 003 starts timing, when the liquid level in the inner chamber of separator rises to the position of the second graduation indication, magnetic flap level gauge indicates the second scale, second inductive switch 002 produces the second induced signal with magnetic flap level gauge, second induced signal triggered timer 003 terminates timing.Wherein, the first scale and the second scale can be determined according to practical situation, and the Liquid output between the first scale and the second scale is for presetting liquid measure.In this utility model embodiment, when the liquid level in the cavity of separator rises to the position of the first graduation indication, magnetic flap level gauge and the first inductive switch 001 are concordant, magnetic flap level gauge and the first inductive switch 001 produce the first induced signal and the first inductive switch 001 are closed, first induced signal transmission makes timer 003 start and start timing to timer 003, when the liquid level in the inner chamber of separator rises to the position of the second graduation indication, magnetic flap level gauge and the second inductive switch 002 are concordant, magnetic flap level gauge and the second inductive switch 002 produce the second induced signal and the second inductive switch 002 are closed, second induced signal transmission makes timer 003 close to timer 003, timer 003 stops timing.
Further, please continue to refer to Fig. 2, this separator oil meter timer 00 can also include: circuit changing switch 004, circuit changing switch 004 electrically connects with the first inductive switch 001 and the second inductive switch 002 respectively, and circuit changing switch 004 is for by controlling the first inductive switch 001 and the second inductive switch 002 controls startup and the stopping of separator oil meter timer 00.Illustratively, when circuit changing switch 004 closes, this separator oil meter timer 00 starts, and when circuit changing switch 004 disconnects, this separator oil meter timer 00 stops.It should be noted that in this utility model embodiment, the model of circuit changing switch 004 is LW26-32, its operating current is 32A (Chinese: ampere), and this circuit changing switch 004 can be 2 open 2 and close 2 joints switches.
Further, please continue to refer to Fig. 2, this separator oil meter timer 00 can also include: the 3rd inductive switch 005 and warning device 006, wherein, 3rd inductive switch 005 can be and the first identical inductive switch of inductive switch 001, illustratively, the 3rd inductive switch 005 is embedded dry-reed tube switch that model is GPS-01；Warning device 006 can be buzzer, and the DC voltage that the running voltage of this buzzer is 24V (Chinese: volt) is (English: directcurrent；It is called for short: DC), the model of this buzzer can be SFM-27DC3-24, and this is not limited by this utility model embodiment.
3rd inductive switch 005 is arranged on and the position of the second inductive switch 002 sustained height, and warning device 006 electrically connects with the 3rd inductive switch 005；When the liquid level in the cavity of separator rises to the position of the second graduation indication, the 3rd inductive switch 005 produces the 3rd induced signal with magnetic flap level gauge, and the 3rd induced signal triggers warning device 006 and reports to the police.Illustratively, when the liquid level in the inner chamber of separator rises to the position of the second graduation indication, magnetic flap level gauge and the 3rd inductive switch 005 are concordant, magnetic flap level gauge and the 3rd inductive switch 005 produce the 3rd induced signal and the 3rd inductive switch 005 are closed, 3rd induced signal transmits to warning device 006, makes warning device 006 report to the police.
Further, please continue to refer to Fig. 2, this separator oil meter timer 00 can also include: delay switch 007, the 3rd inductive switch 005, delay switch 007 and warning device 006 are sequentially connected electrically；The alternating voltage that the input voltage of delay switch 007 is 220V is (English: alternatingcurrent；Being called for short: AC), delay switch 007 is for controlling the warning duration of warning device 006.Wherein, the warning duration of warning device 006 can be configured according to practical situation, and illustratively, the warning duration of warning device 006 can be 2 minutes, and this is not limited by this utility model embodiment.
Further, please continue to refer to Fig. 2, this separator oil meter timer 00 can also include: Switching Power Supply 008, the 3rd inductive switch 005, delay switch 007, Switching Power Supply 008 and warning device 006 are sequentially connected electrically.Wherein, the model of Switching Power Supply 008 can be Shanghai work SP-500-24V, and this is not limited by this utility model embodiment.Switching Power Supply 008 obtains the first voltage for the supply voltage of delay switch 007 is carried out conversion, adopting the first voltage to power to warning device 006, delay switch 007 for controlling the warning duration of warning device 006 by controlling the Switching Power Supply 008 power supply duration to warning device 006.Illustratively, in this utility model embodiment, the supply voltage of delay switch 007 is the alternating voltage of 220V, the output voltage of delay switch 007 is also the alternating voltage of 220V, and due to the DC voltage that running voltage is 24V of warning device 006, therefore, need to carry out the voltage of delay switch 007 output converting and blood pressure lowering, the voltage that delay switch 007 exports is carried out conversion obtain the first voltage by arranging Switching Power Supply 008 by this utility model embodiment, the first voltage is adopted to power to warning device 006, make the warning device 006 can normal operation, illustratively, first voltage is the alternating voltage of 24V.In this utility model embodiment, delay switch 007 can automatically disconnect after Guan Bi preset time period, the power source of roof-cut resistence power supply 008, Switching Power Supply 008 is made to stop warning device 006 is powered, warning device 006 stop alarm, wherein, this preset time period that is to say the warning duration of warning device 006.
It should be noted that, in this utility model embodiment, delay switch 007 and Switching Power Supply 008 are both provided with power interface, extraneous power supply is connected with delay switch 007 by the power interface on delay switch 007, Switching Power Supply 008 is connected with delay switch 007 by the power interface in Switching Power Supply 008, and this is not limited by this utility model embodiment.
It can further be stated that, first inductive switch the 001, second inductive switch 002 and timer 003 in this utility model embodiment may be embodied to as separator gauging timing module, 3rd inductive switch 005, delay switch 007, Switching Power Supply 008 and warning device 009 may be embodied to as separator gauging alarm module, timing is carried out by separator gauging timing module, timing and alarming is carried out by separator gauging alarm module, while achieving when to separator oil meter, reach the unserviced effect of plant running.
In sum, the separator oil meter timer that this utility model embodiment provides includes: the first inductive switch, the second inductive switch and timer, first inductive switch is arranged on the first scale place At The Height of liquidometer, second inductive switch is arranged on the second scale place At The Height of liquidometer, and second scale place height higher than the first scale place height, timer electrically connects with the first inductive switch and the second inductive switch respectively.Separator gauging is carried out timing by adopting the first inductive switch, the second inductive switch and timer to coordinate by this utility model embodiment, solves the problem that hand-timed accuracy is relatively low, has reached the effect of the accuracy improving timing.
In correlation technique, in order to avoid causing that due to high pressure the medium in separator sprays, from the relief valve of separator, accident of blasting, separator needs staff to keep an eye in real time in the process of work, the labor intensity of staff is bigger, the separator oil meter timer that this utility model embodiment provides is reported to the police by arranging warning device, the separator unserviced effect of gauging timing course can be realized, reduce the labor intensity of staff, improve safety.
nullOperation principle below in conjunction with Fig. 2 separator oil meter timer 00 that this utility model embodiment is provided is briefly described，Referring to Fig. 2，Adopt this separator oil meter timer 00 that separator is carried out oil meter constantly，First inductive switch 001 is arranged on the first scale place At The Height of liquidometer，Second inductive switch 002 is arranged on the second scale place At The Height of liquidometer，3rd inductive switch 005 is arranged on and the position of the second inductive switch 002 sustained height，By extraneous power supply, delay switch 007 is powered，Then Guan Bi circuit changing switch 004 makes separator oil meter timer 00 connect circuit，Separator oil meter timer 00 starts，In well, production fluid enters from the inlet of separator the inner chamber of separator，Under the effect of the production fluid in the inner chamber of separator，The ball float of the magnetic flap level gauge of separator swims on the liquid level in the inner chamber of separator，Enter at production fluid in the process of inner chamber of separator，Liquid level in the inner chamber of separator rises，When the liquid level in the cavity of separator rises to the position of the first graduation indication，Magnetic flap level gauge and the first inductive switch 001 are concordant，First inductive switch 001 produces the first induced signal with magnetic flap level gauge and the first inductive switch 001 is closed，First induced signal transmission makes timer 003 start and start timing to timer 003，Liquid level in the inner chamber of separator continues to rise，When magnetic flap level gauge and the first inductive switch 001 stagger，First inductive switch 001 disconnects，When the liquid level in the cavity of separator rises to the position of the second graduation indication，Magnetic flap level gauge and the second inductive switch 002 are concordant，Magnetic flap level gauge and the second inductive switch 002 produce the second induced signal and the second inductive switch 002 are closed，Second induced signal transmission makes timer 003 close to timer 003，Timer 003 stops timing，Simultaneously，When liquid level in the cavity of separator rises to the position of the second graduation indication，Magnetic flap level gauge and the 3rd inductive switch 005 are concordant，3rd inductive switch 005 produces the 3rd induced signal with magnetic flap level gauge，3rd induced signal transmission makes delay switch 007 close to delay switch 007，After delay switch 007 Guan Bi，Switching Power Supply 008 is connected with external power supply，The alternating voltage of extraneous 220V is converted into the DC voltage of 24V by Switching Power Supply 008，And adopt the DC voltage of 24V to power to warning device 006，Warning device 006 is made to report to the police，Delay switch 007 closes preset time period (2 minutes) and automatically disconnects afterwards，Switching Power Supply 008 is made to disconnect with external power supply，Switching Power Supply 008 stops powering to warning device 006，Warning device 006 stop alarm.
In sum, the separator oil meter timer that this utility model embodiment provides includes: the first inductive switch, the second inductive switch and timer, first inductive switch is arranged on the first scale place At The Height of liquidometer, second inductive switch is arranged on the second scale place At The Height of liquidometer, and second scale place height higher than the first scale place height, timer electrically connects with the first inductive switch and the second inductive switch respectively.Separator gauging is carried out timing by adopting the first inductive switch, the second inductive switch and timer to coordinate by this utility model embodiment, solves the problem that hand-timed accuracy is relatively low, has reached the effect of the accuracy improving timing.
The foregoing is only preferred embodiment of the present utility model, not in order to limit this utility model, all within spirit of the present utility model and principle, any amendment of making, equivalent replacement, improvement etc., should be included within protection domain of the present utility model.
Claims (6)
1. a separator oil meter timer, for separator, the outer wall of described separator is provided with four and is in charge of the magnetic flap level gauge being connected with described separator, described magnetic flap level gauge is provided with the scale that the short transverse along described magnetic flap level gauge is distributed, the short transverse of described magnetic flap level gauge is identical with the short transverse of described separator, the upper surface of described separator is provided with inlet, described four are in charge of in the sidewall running through described separator and described magnetic flap level gauge and are provided with ball float and tumbler, described ball float is arranged in the inner chamber of described separator, described tumbler can roll in described magnetic flap level gauge, liquid level instruction is carried out by the rotation of described tumbler, it is characterized in that, described separator oil meter timer includes: the first inductive switch, second inductive switch and timer,
Described first inductive switch is arranged on the first scale place At The Height of described liquidometer, described second inductive switch is arranged on the second scale place At The Height of described liquidometer, and described second scale place height is higher than described first scale place height, described timer electrically connects with described first inductive switch and described second inductive switch respectively；
nullIn the process of described separator work，Production fluid enters the inner chamber of described separator from described inlet，The ball float of described magnetic flap level gauge swims on the liquid level in the inner chamber of described separator，Enter at production fluid in the process of inner chamber of described separator，Liquid level in the inner chamber of described separator rises，When liquid level in the cavity of described separator rises to the position of described first graduation indication，Described magnetic flap level gauge indicates described first scale，Described first inductive switch and described magnetic flap level gauge produce the first induced signal，Described first induced signal triggers described timer and starts timing，When liquid level in the inner chamber of described separator rises to the position of described second graduation indication，Described magnetic flap level gauge indicates described second scale，Described second inductive switch and described magnetic flap level gauge produce the second induced signal，Described second induced signal triggers described timer and terminates timing.
2. separator oil meter timer according to claim 1, it is characterised in that described separator oil meter timer also includes: the 3rd inductive switch and warning device,
Described 3rd inductive switch is arranged on and the position of described second inductive switch sustained height, and described warning device electrically connects with described 3rd inductive switch；
When liquid level in the cavity of described separator rises to the position of described second graduation indication, described 3rd inductive switch and described magnetic flap level gauge produce the 3rd induced signal, and described 3rd induced signal triggers described warning device and reports to the police.
3. separator oil meter timer according to claim 2, it is characterised in that described separator oil meter timer also includes: delay switch,
Described 3rd inductive switch, described delay switch and described warning device are sequentially connected electrically；
Described delay switch is for controlling the warning duration of described warning device.
4. separator oil meter timer according to claim 3, it is characterised in that described separator oil meter timer also includes: Switching Power Supply,
Described 3rd inductive switch, described delay switch, described Switching Power Supply and described warning device are sequentially connected electrically；
Described Switching Power Supply obtains the first voltage for the supply voltage of described delay switch is carried out conversion, adopting described first voltage to power to described warning device, described delay switch for controlling the warning duration of described warning device by controlling the described Switching Power Supply power supply duration to described warning device.
5. according to the arbitrary described separator oil meter timer of Claims 1-4, it is characterised in that described separator oil meter timer also includes: circuit changing switch,
Described circuit changing switch electrically connects with described first inductive switch and described second inductive switch respectively, for startup and stopping by controlling separator oil meter timer described in described first inductive switch and described second inductive switch electric control.
6. according to the arbitrary described separator oil meter timer of Claims 1-4, it is characterised in that
Described first inductive switch and described second inductive switch are in parallel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521141021.1U CN205373793U (en) | 2015-12-31 | 2015-12-31 | Device during separator oil meter |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521141021.1U CN205373793U (en) | 2015-12-31 | 2015-12-31 | Device during separator oil meter |
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| CN205373793U true CN205373793U (en) | 2016-07-06 |
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| CN201521141021.1U Active CN205373793U (en) | 2015-12-31 | 2015-12-31 | Device during separator oil meter |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110873599A (en) * | 2018-08-29 | 2020-03-10 | 北京洪泰同创信息技术有限公司 | Electric connection device and control system |
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2015
- 2015-12-31 CN CN201521141021.1U patent/CN205373793U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110873599A (en) * | 2018-08-29 | 2020-03-10 | 北京洪泰同创信息技术有限公司 | Electric connection device and control system |
| CN110873599B (en) * | 2018-08-29 | 2021-04-09 | 北京洪泰同创信息技术有限公司 | Electric connection device and control system |
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